The Indian Space Research Organisation (ISRO) has successfully launched the NVS-03 satellite, strengthening India's regional navigation system, NavIC. The next-generation satellite is expected to enhance navigation accuracy, improve signal reliability and expand access to satellite-based services for civilian users.


ISRO launches NVS-03 to enhance India's satellite navigation

Russia’s Security Council deputy chief Dmitry Medvedev has warned that any attempt to “block” Russia’s new Rassvet satellite network at Ukraine’s request could amount to its destruction and trigger what he called “full-scale space warfare.” Medvedev also warned that U.S. Starlink satellites could become targets, escalating tensions over military satellite networks and the growing role of space technology in the Russia-Ukraine war.

Medvedev warns targeting Russia's Rassvet could trigger space war 

The RAF has been using a ground-based system to jam or block foreign satellites. The system has reportedly been used to deter adversaries and could disrupt satellite tracking of UK nuclear submarines and sensitive military operations.

Report: UK using ground-based system to jam hostile satellites

An American spy satellite launched in 1988 to monitor radar signals from the Soviet Union has broken into pieces in orbit. Space Force confirmed that satellite USA 32, codename FARRAH III, fragmented on September 13, 2026. "U.S. Space Forces–Space (S4S) confirms the fragmentation of USA 32 (#19460) in LEO on 13 Sep 2026 (JDay 256) at approximately 2113 UTC," Space Force said. The break-up occurred around 775 kilometres above Earth, and no reason has been revealed yet.&nbsp;It further added that all "debris is being incorporated into routine conjunction assessment screenings" and the pieces do not pose any danger to other satellites. A report by Spaceweather.com suggested that a pressurised tank or battery possibly exploded after heating and cooling for years. Another likely cause is a meteorite strike, or collision with debris. Low-Earth orbit is an extremely congested place, and experts have warned that such events can become common.<h2>Satellite debris could trigger further collisions</h2>The newly created debris is now at risk of further collision with other objects in the region. Space Force has said that it is monitoring the situation and checking the size of each piece and the risk it poses to other spacecraft. Astronomers are also hoping to reconstruct how the satellite came apart by studying the paths of the new objects.&nbsp;FARRAH III was launched on September 5, 1988, to keep an eye on radar from the Soviet Union. It processed some data on board and sent it to astronomers and military officials on Earth. The satellite's codename was inspired by American actor Farrah Fawcett. It was described as a "tuna can" because it wasn't a grand satellite that used spin to stabilise itself. It is not known how long it remained functional, although it was observed spinning in 2021.&nbsp;In order to reduce debris in orbit, space agencies bring down satellites in a planned manner that mostly break up in the atmosphere. They also passivate them, a process where all the propellant is utilised to prevent any explosions. NASA says launch vehicles and payload satellites have "several types of stored energy sources on board, any of which might result in energetic breakups and the creation of debris after their mission has ended."&nbsp;Whether FARRAH III was passivated or not is not known.&nbsp; &nbsp;

Spy satellite USA 32, codename FARRAH III, reportedly broke unexpectedly earlier this month. No reason for the occurrence has been given, while Space Force said it is monitoring the debris. It was launched in 1988 during the Cold War to monitor the Soviet Union's radar signals.

An American spy satellite launched in 1988 to monitor radar signals from the Soviet Union has broken into pieces in orbit. Space Force confirmed that satellite USA 32, codename FARRAH III, fragmented on September 13, 2026. "U.S. Space Forces–Space (S4S) confirms the fragmentation of USA 32 (#19460) in LEO on 13 Sep 2026 (JDay 256) at approximately 2113 UTC," Space Force said. The break-up occurred around 775 kilometres above Earth, and no reason has been revealed yet. It further added that all "debris is being incorporated into routine conjunction assessment screenings" and the pieces do not pose any danger to other satellites. A report by Spaceweather.com suggested that a pressurised tank or battery possibly exploded after heating and cooling for years. Another likely cause is a meteorite strike, or collision with debris. Low-Earth orbit is an extremely congested place, and experts have warned that such events can become common. Satellite debris could trigger further collisions The newly created debris is now at risk of further collision with other objects in the region. Space Force has said that it is monitoring the situation and checking the size of each piece and the risk it poses to other spacecraft. Astronomers are also hoping to reconstruct how the satellite came apart by studying the paths of the new objects. FARRAH III was launched on September 5, 1988, to keep an eye on radar from the Soviet Union. It processed some data on board and sent it to astronomers and military officials on Earth. The satellite's codename was inspired by American actor Farrah Fawcett. It was described as a "tuna can" because it wasn't a grand satellite that used spin to stabilise itself. It is not known how long it remained functional, although it was observed spinning in 2021. In order to reduce debris in orbit, space agencies bring down satellites in a planned manner that mostly break up in the atmosphere. They also passivate them, a process where all the propellant is utilised to prevent any explosions. NASA says launch vehicles and payload satellites have "several types of stored energy sources on board, any of which might result in energetic breakups and the creation of debris after their mission has ended." Whether FARRAH III was passivated or not is not known.

Spy satellite USA 32, codename FARRAH III, reportedly broke unexpectedly earlier this month. No reason for the occurrence has been given, while Space Force said it is monitoring the debris. It was launched in 1988 during the Cold War to monitor the Soviet Union's radar signals.

US spy satellite from Cold War shatters 775 km above Earth

What can hyperspectral satellites really see from space? Unlike conventional satellites, they capture hundreds of wavelengths of light, revealing hidden details about vegetation, minerals, water, pollution and even changes on the ground that the human eye cannot detect.

What can hyperspectral satellites see?

India has achieved a major new milestone in space. ISRO's GSLV-F17 has successfully launched EOS-05, India's first dedicated Earth-imaging satellite designed to operate from geosynchronous orbit. From nearly 36,000 kilometres above Earth, the satellite will offer persistent observation of India and surrounding regions. With six more launches planned, ISRO is accelerating its space ambitions.  Watch Wion's groundreport from the launchsite in Sriharikota, Andhra Pradesh.

ISRO's 'Naughty Boy' rocket delivers a big win for India 

Russia has successfully launched a Soyuz-2.1B carrier rocket from the Plesetsk Cosmodrome, placing a classified military satellite into orbit. The launch was conducted by Russia's Defence Ministry, which did not disclose details about the satellite's mission or capabilities. The launch comes amid heightened scrutiny of Russia's military space programme as the war in Ukraine increasingly extends into the space and strategic domains. The Soyuz-2.1B remains one of Russia's most important launch vehicles for military and government space missions.

 Russia launches rocket carrying military satellite into orbit

Iran is pushing deeper into two arenas that could shape its strategic future space and critical minerals.&nbsp;Tehran is aiming to put three satellites into orbit in a single launch while simultaneously working with China to develop rare-earth resources vital to modern military technology.&nbsp;&nbsp;The moves signal an effort to build technological capabilities domestically, especially as tensions with the United States remain unresolved.&nbsp;&nbsp;Iran's Minister of Information and Communications Technology told Iranian media Tehran plans to launch three satellites from its Martyr Soleimani Constellation before March 2027.&nbsp;The planned constellation will ultimately contain 24 satellites, 18 operational spacecraft, and six reserves.&nbsp;&nbsp;The Iranian minister says putting three satellites into orbit together would strengthen Iran's ability to provide stable communications and uninterrupted services.&nbsp;&nbsp;Iran has in the past relied on its ally Russia to put satellites in orbit, especially in recent years.&nbsp;In December last year, a Russian rocket launched three Iranian earth-observation satellites from a Russian space launch facility in the Amur Oblast.&nbsp;&nbsp;&nbsp;

Iran is also developing low-earth-orbit satellites for communications and remote sensing while expanding the use of space technology in telecommunications, environmental monitoring, and land-resource management. Iranian officials increasingly view the space sector as critical national infrastructure, and Tehran is constructing the Chabahar Space Centre in the country's southeast.But Iran is also looking to strengthen another strategic asset: rare earths. According to reports in Chinese media, China is sending scientists to Iran for rare earth exploration and processing. Rare earths are a group of metals essential to many advanced defence systems, including radar, missiles, fighter aircraft, and sophisticated electronics. Iran's geology could offer significant rare earth deposits. Exploration has reportedly identified rare-earth anomalies across around 7,000 square kilometres of central Iran, including areas associated with iron ore and phosphate formations. So, together, Iran's space programme and rare-earth ambitions point to a broader strategy developing technologies and resources that can strengthen the country's strategic independence at a time of continuing geopolitical pressure.

Iran's Minister of Information and Communications Technology told media Tehran plans to launch three satellites from its Martyr Soleimani Constellation before March 2027. The planned constellation will ultimately contain 24 satellites, 18 operational spacecraft, and six reserves.

Iran is pushing deeper into two arenas that could shape its strategic future space and critical minerals. Tehran is aiming to put three satellites into orbit in a single launch while simultaneously working with China to develop rare-earth resources vital to modern military technology. The moves signal an effort to build technological capabilities domestically, especially as tensions with the United States remain unresolved. Iran's Minister of Information and Communications Technology told Iranian media Tehran plans to launch three satellites from its Martyr Soleimani Constellation before March 2027. The planned constellation will ultimately contain 24 satellites, 18 operational spacecraft, and six reserves. The Iranian minister says putting three satellites into orbit together would strengthen Iran's ability to provide stable communications and uninterrupted services. Iran has in the past relied on its ally Russia to put satellites in orbit, especially in recent years. In December last year, a Russian rocket launched three Iranian earth-observation satellites from a Russian space launch facility in the Amur Oblast.

Iran's Minister of Information and Communications Technology told media Tehran plans to launch three satellites from its Martyr Soleimani Constellation before March 2027. The planned constellation will ultimately contain 24 satellites, 18 operational spacecraft, and six reserves.

Iran to send three satellites into space this year | Gravitas

Iran is gearing up for a major space milestone, with plans to launch three satellites from its "Martyr Soleimani" constellation into orbit in a single mission before the year ends. Communications Minister confirmed the constellation will eventually total 24 satellites, 18 operational and 6 as backups, designed to boost Iran's Internet of Things connectivity and provide reliable communications far beyond regular ground networks.

Iran to launch 3 satellites at once as it builds a 24-satellite space network 

Fourteen-year-old Kandula Jessie, a Class 10 student from Andhra Pradesh's East Godavari district, has been chosen for an all-girls lunar satellite mission. Jessie is among just 20 students selected from India, out of a total of 12,000 applicants across 108 countries, for Mission Shakhtisat.   


14-year-old Andhra Pradesh girl selected to build satellite

#Gravitas Fourteen-year-old Kandula Jessie, a Class 10 student from Andhra Pradesh's East Godavari district, has been chosen for an all-girls lunar satellite mission. Jessie is among just 20 students selected from India, out of a total of 12,000 applicants across 108 countries, for Mission Shakhtisat.   


14-year-old Andhra Pradesh girl selected for world's first all-girls moon mission 

China's dominance in the global supply of gallium nitride is powering one of its most advanced surveillance satellites. A new study reveals that the Ludi Tance-4 01 satellite, capable of monitoring nearly a third of Earth's surface around the clock, relies on this critical material, highlighting Beijing's growing technological and strategic advantage.

China: Gallium nitride powers unique radar satellite

A new case study suggests Earth's orbital environment could eventually accommodate up to 1.7 million satellites, highlighting the rapid pace of the global space economy.
Researchers warn that such large-scale satellite deployment could significantly increase the risks of orbital congestion, collisions and space debris.

Threat from rapid satellite expansion? Thousands of new satellites may alter Earth's night view

China is working on an ambitious new system that could transform how its vast high-speed rail network operates. The proposed “space railway” concept uses satellites to monitor and control bullet trains in real time, replacing traditional trackside signalling systems. By tracking train positions from space, the system aims to improve safety, reduce infrastructure dependence, and boost efficiency across one of the world’s largest railway networks.


China Plans Satellite Control for Bullet Trains 

Ted Turner launched CNN in 1980 using SATCOM-1 satellite technology to bypass traditional landlines. By reaching local cable systems nationwide via space, he ended the monopoly of major networks and created the 24-hour news cycle.


Ted Turner launched CNN in 1980 using SATCOM-1 satellite technology to bypass traditional landlines. By reaching local cable systems nationwide via space, he ended the monopoly of major networks and created the 24-hour news cycle.

Which satellites helped Ted Turner launch CNN in 1980

A top US commander says Washington is very concerned that Russia may be developing a nuclear anti-satellite weapon in orbit. Such a system could disrupt GPS, communications and vital services across the world. Russia has denied existence of any such systems. 

US Warns Russia May Deploy Nuclear Space Weapon

Fresh U.S. intelligence claims have raised alarm over a possible China-Iran link, with reports suggesting Beijing may supply radar systems and that Chinese satellite technology may have helped Iran improve strike accuracy. Investigations indicate Iran may have used a Chinese-built satellite to monitor and target U.S. bases, intensifying concerns over covert military cooperation. China, however, has strongly denied the allegations, calling them baseless amid rising geopolitical tensions.


Iran War: Reports Suggest Tehran Covertly Used Beijing's Satellite Against Washington

Fresh controversy has erupted over claims that China may have indirectly aided Iran during its conflict with the United States by providing satellite imagery of US bases. Beijing has strongly denied the reports, calling them “baseless smears.” The issue has added a new layer of tension, especially as President Donald Trump insists China agreed not to support Iran militarily.


Reports Say Iran Used Chinese Satellite To Target US Bases In Gulf

China has achieved a remarkable feat in the field of satellite communications. From a satellite parked in the geostationary orbit (GEO)—approximately 36,000 km above Earth — scientists successfully established a 1Gbps laser downlink using only a 2-watt laser. They beat Starlink with this achievement whose satellites operate in low-Earth orbit, only a few hundred kilometres above Earth. The beam from the satellite did not arrive neat and steady, and instead scattered and changed form in the atmosphere. The Chinese signal travelled over 60 times further than a Starlink satellite, and yet was around five times faster than the speeds Elon Musk's company has managed to achieve. Chinese researchers from Peking University of Posts and Telecommunications and the Chinese Academy of Sciences achieved clean data in a receiver from a beam that witnessed atmospheric distortion.Also Read: <a href="https://www.wionews.com/trending/chinese-scientists-have-supposedly-found-a-flaw-in-the-b-21-raider-bomber-1773925835054">Chinese scientists have supposedly found a flaw in US' B-21 Raider Bomber</a><h2>Making distorted signal clean and usable</h2>Even though the laser link was travelling from a much farther distance than regular satellites, that wasn't the main challenge. The researchers had to get a stable, high-speed downlink that could survive the last stretch through the moving air above the observatory. Here, the beam lost its clean form, and the download could have become unusable. For this, they used a specialised ground system at the Lijiang Observatory. They placed a 1.8-meter telescope equipped with 357 micro-mirrors that were adjusted in real-time to reshape the incoming light and correct for atmospheric distortion. They combined adaptive optics that corrects distortions with mode diversity reception that collects and processes scattered signal components. The system split the signal into eight channels, identified the strongest paths, and combined them for decoding. The proportion of usable signal increased from 72% to 91.1%.Also Read: <a href="https://www.wionews.com/science/china-tells-nasa-we-are-about-to-collide-for-the-first-time-ever-what-it-means-1762502544849">China tells NASA, 'we are about to collide', for the first time ever — What it means</a><h2>Distance of the laser signal</h2>The other commendable aspect is the speed with which the signal reached Earth despite how far it was coming from. According to the research led by Wu Jian and published in &nbsp;Acta Optica Sinica, the team recorded a 1Gbps laser downlink from geostationary orbit using a 2-watt laser. This was five times faster than Starlink, and like sending an HD movie from Shanghai to Los Angeles in less than five seconds, Daily Galaxy reported. The power level was another standout aspect, as a 2-watt transmitter compares to a night light. Long-range communications systems require much heavier power. &nbsp;

Chinese researchers achieve a 1Gbps satellite laser downlink from 36,000 kilometres above Earth using a 2-watt laser. This achievement has placed them far ahead of Starlink speeds with record-breaking efficiency. 

China has achieved a remarkable feat in the field of satellite communications. From a satellite parked in the geostationary orbit (GEO)—approximately 36,000 km above Earth — scientists successfully established a 1Gbps laser downlink using only a 2-watt laser. They beat Starlink with this achievement whose satellites operate in low-Earth orbit, only a few hundred kilometres above Earth. The beam from the satellite did not arrive neat and steady, and instead scattered and changed form in the atmosphere. The Chinese signal travelled over 60 times further than a Starlink satellite, and yet was around five times faster than the speeds Elon Musk's company has managed to achieve. Chinese researchers from Peking University of Posts and Telecommunications and the Chinese Academy of Sciences achieved clean data in a receiver from a beam that witnessed atmospheric distortion. Also Read: Chinese scientists have supposedly found a flaw in US' B-21 Raider Bomber Making distorted signal clean and usable Even though the laser link was travelling from a much farther distance than regular satellites, that wasn't the main challenge. The researchers had to get a stable, high-speed downlink that could survive the last stretch through the moving air above the observatory. Here, the beam lost its clean form, and the download could have become unusable. For this, they used a specialised ground system at the Lijiang Observatory. They placed a 1.8-meter telescope equipped with 357 micro-mirrors that were adjusted in real-time to reshape the incoming light and correct for atmospheric distortion. They combined adaptive optics that corrects distortions with mode diversity reception that collects and processes scattered signal components. The system split the signal into eight channels, identified the strongest paths, and combined them for decoding. The proportion of usable signal increased from 72% to 91.1%. Also Read: China tells NASA, 'we are about to collide', for the first time ever — What it means Distance of the laser signal The other commendable aspect is the speed with which the signal reached Earth despite how far it was coming from. According to the research led by Wu Jian and published in Acta Optica Sinica, the team recorded a 1Gbps laser downlink from geostationary orbit using a 2-watt laser. This was five times faster than Starlink, and like sending an HD movie from Shanghai to Los Angeles in less than five seconds, Daily Galaxy reported. The power level was another standout aspect, as a 2-watt transmitter compares to a night light. Long-range communications systems require much heavier power.

Chinese researchers achieve a 1Gbps satellite laser downlink from 36,000 kilometres above Earth using a 2-watt laser. This achievement has placed them far ahead of Starlink speeds with record-breaking efficiency.&nbsp;

China just shook Starlink with a 5 times faster laser from a distance of 36,000km

Scientists have discovered the reason behind dramatic 420-foot drops in sea levels in Antarctica. The research sheds light on historical ice sheet fluctuations, climate patterns, and geological factors, providing crucial insights into past climate change and helping predict future impacts on global sea levels and environmental stability.


The Secret Void Beneath Antarctica, Satellites Uncover Earth's Gravitational Scar

The USS Gerald R. Ford cannot become invisible to satellites, but it can dodge them using orbital physics and speed. By tracking Russian satellite orbits, sailing at over 30 knots, and enforcing radio silence, the carrier easily hides in the vast ocean.

The USS Gerald R. Ford cannot become invisible to satellites, but it can dodge them using orbital physics and speed. By tracking Russian satellite orbits, sailing at over 30 knots, and enforcing radio silence, the carrier easily hides in the vast ocean.

Stay hidden from Russian satellites? How technologically advanced is the USS Gerald R. Ford

ISRO’s LVM3 rocket is set to attempt its heaviest launch ever, carrying the 6,100 kg BlueBird satellite built by US-based AST SpaceMobile. The mission aims to deliver space-based cellular broadband that can connect directly to smartphones, without ground towers.

This landmark launch positions ISRO at the center of a fast-growing, multi-billion-dollar space communications race dominated by players like SpaceX. With massive commercial and strategic stakes, the mission marks a defining moment for India’s rise as a trusted global launch partner and a major force in next-generation satellite technology.

American Satellite Trusts Indian Rocket for ISRO’s Most Powerful Mission Yet 

AI now controls satellites autonomously. If compromised, attackers could hijack thousands of spacecraft, disrupting GPS, communications, and emergency services globally. Autonomous swarms lack physical repair options. 


AI now controls satellites autonomously. If compromised, attackers could hijack thousands of spacecraft, disrupting GPS, communications, and emergency services globally. Autonomous swarms lack physical repair options.&nbsp;

What happens if AI takes control of all satellites?

In a rare display of space coordination, NASA and China successfully avoided a potential satellite collision, preventing what could have been a catastrophic event in Earth’s orbit.

According to reports, both agencies shared real-time orbital data and adjusted their satellites’ trajectories after a near-collision warning. The move marks a historic step toward space cooperation between two rival space powers amid growing concerns over orbital debris and space traffic management.

NASA & China Avoid Satellite Collision: Big Breakthrough In Space Cooperation

ISRO is all set for its fourth rocket launch of the year, deploying the CMS-03 (GSAT-7R) satellite for the Indian Navy. The 4,400kg communication satellite — the heaviest ever launched from Indian soil — will enhance naval connectivity and coordination. The LVM3 rocket, with a flawless track record, will complete the mission in just 16 minutes.


ISRO develops indigenous satellite to bolster naval communications

NASA's 1962 mission to Venus went wildly off course all because of a tiny software mistake. What really happened to Mariner 1, and how did one missing symbol become one of the most expensive typos in history?

NASA's 1962 mission to Venus went wildly off course all because of a tiny software mistake. What really happened to Mariner 1, and how did one missing symbol become one of the most expensive typos in history?

Why NASA blew up its own rocket in 1962

The “Ofek 19” satellite successfully launched into space late Tuesday, and initial tests showed it was performing as planned, the Defense Ministry, in collaboration with the Israel Defense Forces and Israel Aerospace Industries, announced.


Israel launches new spy satellite "Ofek 19" into orbit

<h2>Amazon’s Project Kuiper to launch satellite broadband service globally</h2>Satellite internet to bridge the global digital divide Amazon, has launched Project Kuiper, a global satellite broadband initiative aimed at delivering fast, reliable internet to unserved and underserved communities around the world. The service, currently in early stages, will use thousands of low Earth orbit (LEO) satellites to provide connectivity in regions where traditional internet infrastructure is limited.&nbsp;Project Kuiper is led by Amazon’s Devices and Services division and is not part of Blue Origin, though it collaborates with multiple launch providers, including SpaceX, ULA, and Blue Origin.<h2>What Project Kuiper will deliver</h2>Amazon plans to deploy 3,232 satellites in LEO, operating between 590 and 630 kilometres above the Earth. These satellites will work with ground infrastructure and customer terminals to create a reliable broadband network. Each terminal will combine an antenna and a processor into a single unit to offer internet speeds up to 400 Mbps for standard users and up to 1 Gbps for enterprise customers. The first two prototype satellites were launched in October 2023, with the first 27 production satellites launched in April 2025. Commercial services are expected to begin later in 2025.&nbsp;The system is designed for low latency, making it suitable for activities such as video calls, online learning, and high-definition streaming.<h2>Global network for local needs</h2>The project is headquartered in Redmond, Washington, with satellite production in Kirkland and launch integration at Kennedy Space Center. Amazon’s goal is to serve not just households, but also schools, hospitals, and government agencies in hard-to-reach areas. The company says the service will also benefit mobile units and emergency response systems.&nbsp;Amazon has not yet announced pricing, however, it has stated that affordability and regional flexibility will be key priorities. With experience in building low-cost devices like Echo and Fire TV Stick, Amazon plans to apply similar pricing strategies to Kuiper’s services.

Amazon is working on Project Kuiper, a new satellite internet service. It aims to offer fast, low cost internet access worldwide and compete with other satellite providers like Starlink.

Amazon’s Project Kuiper to launch satellite broadband service globally Satellite internet to bridge the global digital divide Amazon, has launched Project Kuiper, a global satellite broadband initiative aimed at delivering fast, reliable internet to unserved and underserved communities around the world. The service, currently in early stages, will use thousands of low Earth orbit (LEO) satellites to provide connectivity in regions where traditional internet infrastructure is limited. Project Kuiper is led by Amazon’s Devices and Services division and is not part of Blue Origin, though it collaborates with multiple launch providers, including SpaceX, ULA, and Blue Origin. What Project Kuiper will deliver Amazon plans to deploy 3,232 satellites in LEO, operating between 590 and 630 kilometres above the Earth. These satellites will work with ground infrastructure and customer terminals to create a reliable broadband network. Each terminal will combine an antenna and a processor into a single unit to offer internet speeds up to 400 Mbps for standard users and up to 1 Gbps for enterprise customers. The first two prototype satellites were launched in October 2023, with the first 27 production satellites launched in April 2025. Commercial services are expected to begin later in 2025. The system is designed for low latency, making it suitable for activities such as video calls, online learning, and high-definition streaming. Global network for local needs The project is headquartered in Redmond, Washington, with satellite production in Kirkland and launch integration at Kennedy Space Center. Amazon’s goal is to serve not just households, but also schools, hospitals, and government agencies in hard-to-reach areas. The company says the service will also benefit mobile units and emergency response systems. Amazon has not yet announced pricing, however, it has stated that affordability and regional flexibility will be key priorities. With experience in building low-cost devices like Echo and Fire TV Stick, Amazon plans to apply similar pricing strategies to Kuiper’s services.

Amazon is working on Project Kuiper, a new satellite internet service. It aims to offer fast, low-cost internet access worldwide and compete with other satellite providers like Starlink.

Amazon enters satellite internet race with Project Kuiper, taking on SpaceX’s Starlink

There is undeniable proof of India's crushing victory over Pakistan tonight. One that shatters denials, breaks propaganda, and tells you exactly what happened, with satellite-confirmed reality.

Satellite images prove India crushed Pak in 6-day war

The European Space Agency is set to launch a revolutionary satellite that will create 3D maps of Earth's forests. The Biomass mission will monitor forest health, respond to climate change, and reveal secrets of our planet's ecosystems.

Europe launches satellite to map Earth's forests in 3D

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ISRO launches NVS-03 to enhance India's satellite navigation

Medvedev warns targeting Russia's Rassvet could trigger space war

Report: UK using ground-based system to jam hostile satellites

US spy satellite from Cold War shatters 775 km above Earth

What can hyperspectral satellites see?

ISRO's 'Naughty Boy' rocket delivers a big win for India

Russia launches rocket carrying military satellite into orbit

Iran to send three satellites into space this year | Gravitas

Iran to launch 3 satellites at once as it builds a 24-satellite space network

14-year-old Andhra Pradesh girl selected to build satellite

14-year-old Andhra Pradesh girl selected to build satellite

14-year-old Andhra Pradesh girl selected for world's first all-girls moon mission

China: Gallium nitride powers unique radar satellite

Threat from rapid satellite expansion? Thousands of new satellites may alter Earth's night view

China Plans Satellite Control for Bullet Trains

Which satellites helped Ted Turner launch CNN in 1980

US Warns Russia May Deploy Nuclear Space Weapon

Iran War: Reports Suggest Tehran Covertly Used Beijing's Satellite Against Washington

Reports Say Iran Used Chinese Satellite To Target US Bases In Gulf

60x further, 5x faster: China shakes Starlink with laser that shattered records

The Secret Void Beneath Antarctica, Satellites Uncover Earth's Gravitational Scar

How technologically advanced is the USS Gerald R. Ford?

American Satellite Trusts Indian Rocket for ISRO’s Most Powerful Mission Yet

What happens if AI takes control of all satellites?

NASA & China Avoid Satellite Collision: Big Breakthrough In Space Cooperation

ISRO develops indigenous satellite to bolster naval communications